C-TRIC’s state-of-the-art multiomics facilities enhance clinical research by providing access to High-Throughput Single-Cell Multiomics, Next Generation Sequencing (NGS) services and training.
These technologies are essential for understanding complex changes in normal development, cellular response, and understanding disease processes to allow development of more effective treatments. We can identify novel targets of disease, improve biomarker identification and monitor disease progression / drug response. Our mission is to help improve patient care.
C-TRIC is a My Green Lab Ambassador and is passionate about promoting sustainability within our labs.
C-TRIC offers bespoke project design, access to latest NGS and single-cell multiomics services, high quality nucleic acid extractions/ quality control and competency training in NGS/ multiomics.
Specific multiomic services highlighted below, please contact us to discuss your specific requirements and explore how we can help you to achieve your project goals.
A state-of-the-art high-throughput, microwell-based single-cell partitioning system, combined with unique visual workflow QC, enables multiomic analysis of single cells.
It allows the discovery of new biomarkers of disease, novel cell types and states, and the identification of potential candidates for new therapeutics.
The range of applications includes:
State-of-the-art high-throughput, microwell-based Single-Cell partitioning system, combined with visual workflow QC, enabling co-detection of gene and protein expression within single cells.
Allows the discovery of new biomarkers of disease, novel cell types and states and the identification of potential candidates for new therapeutics.
The range of applications includes:
BD Rhapsody Single-Cell Scanner and High Throughput Xpress Systems
Single-Cell Analysis vs. Traditional Analysis
(Fruit Salad vs. Smoothie)
Insights into the variation between individual cells within a sample (fruit salad) rather than the average from a population of different cells (smoothie). This is essential for understanding disease at a cellular level, allowing precise and more effective therapeutics to be developed.
Insights into the variation between individual cells within a sample (fruit salad) rather than the average from a population of different cells (smoothie). This is essential for understanding disease at a cellular level, allowing precise and more effective therapeutics to be developed.
Simultaneously analysing gene and protein expression from Single Cells. It is crucial for understanding cell biology, including cell differentiation, disease mechanisms, and immune responses.
Simultaneously analysing gene, protein expression and methylation from Single Cells. It is crucial to take a multiomics approach to better understanding cell biology, including cell differentiation, disease mechanisms, and immune responses.
Scale experiments to match specific needs, from small-scale projects to high-throughput studies, all can benefit cost-effective research planning.
Scale experiments to match specific needs, from small-scale projects to high-throughput studies, all can benefit from cost-effective research planning.
Adaptable to various sample types, including tissues and cell suspensions, it is suitable for various research applications within precision medicine, e.g., immunology, neuroscience, blood cancer, cardiometabolic disease, etc.
Investigation of disease mechanisms to identify potential biomarkers and therapeutic targets. Evaluate the impact of therapeutic compounds on cells/ tissues of interest aiding in the development of precision treatments.
Adaptable to various sample types, including tissues and cell suspensions, it is suitable for various research applications within precision medicine, e.g., immunology, neuroscience, blood cancer, cardiometabolic disease, etc.
A state-of-the-art high-throughput, microwell-based single-cell partitioning system, combined with unique visual workflow QC, enables multiomic analysis of single cells.
It allows the discovery of new biomarkers of disease, novel cell types and states, and the identification of potential candidates for new therapeutics.
The range of applications includes:
Illumina’s NextSeq 2000 is a cutting-edge next generation sequencing (NGS) system.
Applications range from targeted sequencing to data-rich Multiomics applications including:
Achieves up to 3.6 billion paired-end reads and reads of up to 600bp in length.
High-performance flow cytometry with superior multicolour performance.
Fluidics and optical systems are precisely integrated to maximize signal detection, allowing the system to achieve high sensitivity and resolution.
Applications include:
High throughput fragment analysis system for: RNA/DNA quality control, NGS library quality control and PCR fragment sizing.
Dual-mode microplate reader (absorbance/ fluorescence) for high throughput, low volume nucleic acid quantification.
Rapid, accurate polymerase chain reaction (PCR) in combination with real-time, online detection, enabling absolute or relative quantification of a target nucleic acid, as well as post-PCR analysis of the amplified nucleic acid by melting curve analysis.
Highly accurate and precise automated low-volume pipetting with built-in UV lamp and HEPA filters to prevent contamination.
High Throughput Isothermal Amplification System based on the LAMP (Loop-mediated isothermal amplification) technology, which allows for the rapid amplification of nucleic acid sequences under isothermal conditions that enables the detection of even low-level nucleic acid targets.
Shape the future of healthcare by participating in clinical research. We are always in need of new recruits and your involvement could make a difference for both yourself and future generations.
We are especially keen to hear from individuals with cardiovascular and heart disease.
